CN203099664U - Solar photovoltaic distributed generation illuminating apparatus mounted on corn harvester - Google Patents
Solar photovoltaic distributed generation illuminating apparatus mounted on corn harvester Download PDFInfo
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- CN203099664U CN203099664U CN2013200897588U CN201320089758U CN203099664U CN 203099664 U CN203099664 U CN 203099664U CN 2013200897588 U CN2013200897588 U CN 2013200897588U CN 201320089758 U CN201320089758 U CN 201320089758U CN 203099664 U CN203099664 U CN 203099664U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The utility model relates to a solar photovoltaic distributed generation illuminating apparatus mounted on a corn harvester, and belongs to the technical field of agricultural machinery new energy illumination. A solar cell is irradiated by sunlight to generate electric currents, the electric currents are inputted to a controller through an electric conduction line to be adjusted and then are inputted to a shunt through the electric conduction line to be shunted, and the electric currents outputted from the shunt are respectively inputted into an LED illuminating headlamp mounted in front of the top of a cab on the front portion of the corn harvester, an LED illuminating headlamp mounted on the front portion of the middle of a machine body, an LED illuminating headlamp mounted at the back of a machine top, and an LED illuminating headlamp mounted above a corn stalk output device through button switches. The solar photovoltaic distributed generation illuminating apparatus can light up not only the situation that ripe corn stalks with ears in front are harvested by the corn harvester when the corn harvester moves forwards in a filed but also the situation of the corn stalks with the ears being taken off at the back, and remarkably improves quality of harvested corns. The electric currents outputted from the controller can also be inputted into an energy storage battery, and electrical energy is stored in the energy storage battery.
Description
Technical field
The utility model relates to the photovoltaic distributed power generation lighting device that is installed on the corn picker, belongs to agricultural machinery new forms of energy lighting technical field.
Background technology
Whole world maize planting area is more than 1.3 hundred million hectare, the U.S. is first in the world Maize Production state, it also is first corn exported country, the mechanization degree height that american corn is produced, add and adopt the corn hybridization technology, output is quite high, in recent years, because the U.S. is the raw material ethanol production with the corn, produces the fuel of ethanol petrol as automobile that the export volume of corn descends year by year.
China is second largest in the world Maize Production state, in state-owned six big corn producing regions: northern spring sowing corn district, the Yellow River and Huai He River sea plain summer sowing corn district, corn district, mountain region, southwest, southern hills corn district, the corn district is irrigated in the northwest, corn district, Qinghai-Tibet Platean, the mechanization degree of Chinese maize seeding operation is higher, but the mechanization degree of harvest corn operation is low, the development of corn picker also is in the starting stage, when practising in Nong Ke university at an early age, participated in inventor's Miao TongChun of this patent the work of harvesting corn, wear the straw plaited cap, first wears the long sleeves work clothes, second wears abundant work pants, at a people Duo Gao, break down corncob off with the fingers and thumb with a hand in the corn field of stuffy room without ventilation with luxuriant skin, put into another portable heavy bamboo basket, for timely harvesting corn, vast farmers looks forward to using early corn picker.
At present, global corn picker mainly with Diesel engine as power, also have minority with petrol engine as power.Toxic gas and particle that the discharging of combustion in IC engine fossil fuel is a large amount of.Before 28 days January in 2013, Beijing starts in 28 days four times in New Year and meets with the haze weather, the air quality in city, suburb is the Pyatyi serious pollution, respiratory tract infection number among the citizen rolls up, lung cancer diagnosis and treatment center director Zhi Xiuye of the Capital University of Medical Sciences points out: ' haze particularly, it contains the floating particle thing of tiny powder shape, its diameter generally below 0.01 micron, can directly enter bronchus by respiratory system, directly involves lung.' Beijing and northeast, North China, this nearly harm that air pollution brought of not meeting in 60 years of many town and country, Central China, after decades, still can manifest.On the existing corn picker is that inner combustion mechanomotive force output wheel drives small generator generating and power supply by belt and belt pulley with electric lighting device, do the quantity that can strengthen combustion in IC engine diesel oil or gasoline like this, give off more contaminants air.
The utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and the photovoltaic distributed power generation that is installed on corn picker lighting device is provided.
The mankind look forward to when developing the economy, and protect ecological environment conscientiously, realize the blue sky clear water, must be by using clean energy resource as much as possible.Over past ten years, clean energy technology becomes the emphasis that human society is paid close attention to, the photoelectric transformation efficiency of solar cell improves constantly, the weight of thin-film solar cells alleviates greatly, more rationally with firm, its anti-seismic performance has been fit to be installed on the fuselage of the corn picker in advancing in the corn field structure of solar photovoltaic assembly.The volume of corn picker is bigger, on the fuselage of corn picker, the larger area solar cell can be installed, receive more solar light irradiation, and by the opto-electronic conversion effect, convert the bigger magnitude of current to and come lighting device power supply on corn picker.Simultaneously, over past ten years, the industrialization level of the luminous efficiency of white light LED illuminating lamp has reached 70lm/w, and laboratory level reaches 150 lm/w, and LED illuminating lamp volume is less, little power consumption, brightness height, life-span are long.At present, the direct current that solar cell produces under solar light irradiation has been realized practicability as the low-power consumption dc source, lasting decline along with development of technology and cost, solar photovoltaic technology combines with the LED lighting engineering, can form the photovoltaic DC illuminator of the mains lighting supply that provides stable on the corn picker.Replacing original inner combustion mechanomotive force drive small generator generating of using with solar LED illuminating system provides traditional powering mode of electric current can reduce combustion engine powered load, reduce the quantity combusted of diesel oil or gasoline, reduce the discharge capacity of internal combustion engine pollutant, remove small generator and the belt that links to each other, belt pulley, install brand new solar energy LED illuminator and can improve the illuminator reliability of powered lighting when corn picker carries out operation continuously, improve the operation effect and the operation quality of corn picker harvesting corn fringe.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:
By solar cell 1, conductor wire 2, the LED lighting headlight 3 in the place ahead, driver's cabin top, the LED lighting headlight 4 at rear portion, machine top, the LED lighting headlight 5 of corn stem output device top, driver's cabin 6, current divider 7, press button 8, the LED lighting headlight 9 of body front middle part, ear corn cane conveying device 10, corncob bar separator box 11, corncob storage bin 12, controller 13, energy-storage battery 14, front walking wheel 15, rear walking wheel 16, stalk cutting device 17, hydraulic means 18, carry transferring device 19, take off the fringe corn stem output device 20 common corn pickers 21 of forming;
Solar cell 1 is installed above the corncob bar separator box 11 of corn picker 21, conductor wire 2, the LED lighting headlight 4 at rear portion, machine top, corncob storage bin 12 is installed in bottom at corncob bar separator box 11, controller 13 is installed in the place ahead at corncob bar separator box 11, energy-storage battery 14, at controller 13, driver's cabin 6 is installed in the place ahead of energy-storage battery 14, current divider 7, press button 8, the LED lighting headlight 3 in the place ahead, driver's cabin top is installed at the top of driver's cabin 6, in the place ahead of corncob storage bin 12 conveying transferring device 19 is installed, the LED lighting headlight 9 of body front middle part is installed above conveying transferring device 19, in the front portion of carrying transferring device 19 hydraulic means 18 is installed, stalk cutting device 17 is installed in the place ahead at hydraulic means 18, take off fringe corn stem output device 20 in the installation of the rear portion of corncob bar separator box 11, take off fringe corn stem output device 20 above LED lighting headlight 5 above the corn stem output device is installed, mounting strap fringe corn stem conveying device 10 between corncob bar separator box 11 and conveying transferring device 19 is installed front walking wheel 15 and rear walking wheel 16 in the bottom of corn picker 21;
Solar cell 1 is connected with controller 13 by conductor wire 2, controller 13 is connected with energy-storage battery 14 by conductor wire 2, controller 13 is connected with current divider 7 by conductor wire 2, press button 8 is installed on the current divider 7, current divider 7 is connected with the LED lighting headlight 3 of conductor wire 2 with the place ahead, driver's cabin top by press button 8, current divider 7 is connected with the LED lighting headlight 4 of conductor wire 2 with rear portion, machine top by press button 8, current divider 7 is connected with the LED lighting headlight 5 of conductor wire 2 with corn stem output device top by press button 8, current divider 7 is connected with the LED lighting headlight 9 of body front middle part with conductor wire 2 by press button 8, carry transferring device 19 to be connected with corncob bar separator box 11 and intercommunication by ear corn cane conveying device 10, the lifting of hydraulic means 18 regulation and control stalk cutting devices 17, stalk cutting device 17, hydraulic means 18 is connected and intercommunication with carrying transferring device 19, corncob bar separator box 11 is connected with corncob storage bin 12 and intercommunication, corncob bar separator box 11 with take off fringe corn stem output device 20 and be connected also intercommunication.
Solar cell 1 is monocrystaline silicon solar cell or polysilicon solar cell or silicon-based film solar cells or compound solar cell.
Energy-storage battery 14 is solid electrolyte battery or lithium ion battery or nickel-hydrogen battery.
The LED lighting headlight 3 in the place ahead, driver's cabin top is that 6-38, power are the LED lighting headlight in the place ahead, driver's cabin top of forming of the white light LED illuminating lamp combination of 0.5W-20W.
The LED lighting headlight 9 of body front middle part is that 3-26, power are the LED lighting headlight of the body front middle part that forms of the white light LED illuminating lamp combination of 0.2W-10W.
The LED lighting headlight 4 at rear portion, machine top is that 3-16, power are the LED lighting headlight at the rear portion, machine top that forms of the red light LED illuminating lamp combination of 0.2W-8W.
The LED lighting headlight 5 of corn stem output device top is that 6-24, power are the LED lighting headlight of the corn stem output device top that forms of the white light LED illuminating lamp combination of 0.5W-12W.
Compared with prior art, the beneficial effects of the utility model are: the lighting device on the 1. existing corn picker relies on internal combustion engine fully and drive the small generator running by belt and belt pulley in work, convert mechanical energy to electric energy, power to lighting device, the combustion power machine is in work, to air, discharge toxic gas and multiple particle from blast pipe, the meeting pollution of ecological environment, lighting device on the utility model novel corn harvester relies on the solar photovoltaic assembly that is installed on the corn picker to produce direct current fully under irradiation of sunlight, luminous energy is directly changed into electric energy, solar cell is in the process of generating, do not discharge toxic gas and multiple particle, can pollution of ecological environment.2. owing to do not need the combustion power machine to drive the small generator generating, thereby reduce the quantity of combustion power machine burning diesel oil or gasoline, reduced the consumption of fossil energy.The distribution of the lighting device everywhere that 3. is provided with on corn picker is more reasonable, and the brightness and the range of illumination are further enhanced, and help improving the operation quality of harvesting corn fringe.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
The specific embodiment
The solar light irradiation solar cell produces electric current, electric current is adjusted, is then shunted by conductor wire input current divider by conductor wire input controller, imports the LED lighting headlight in the place ahead, driver's cabin top that is installed in the corn picker front portion, the LED lighting headlight of body front middle part, the LED lighting headlight at rear portion, machine top and the LED lighting headlight of corn stem output device top from the electric current of current divider output respectively by press button.Can illuminate corn picker gathers in the ear corn stem stalk of the place ahead maturation in the process of advancing in the field situation, can illuminate the situation that the fringe corn stem has been taken off in rear portion output again, significantly improve the quality of harvesting corn.The electric current of slave controller output also can be imported the energy-storage battery store electrical energy.
Embodiment during following the utility model is incited somebody to action in conjunction with the accompanying drawings is further described:
By solar cell 1, conductor wire 2, the LED lighting headlight 3 in the place ahead, driver's cabin top, the LED lighting headlight 4 at rear portion, machine top, the LED lighting headlight 5 of corn stem output device top, driver's cabin 6, current divider 7, press button 8, the LED lighting headlight 9 of body front middle part, ear corn cane conveying device 10, corncob bar separator box 11, corncob storage bin 12, controller 13, energy-storage battery 14, front walking wheel 15, rear walking wheel 16, stalk cutting device 17, hydraulic means 18, carry transferring device 19, take off the fringe corn stem output device 20 common corn pickers 21 of forming;
Solar cell 1 is installed above the corncob bar separator box 11 of corn picker 21, conductor wire 2, the LED lighting headlight 4 at rear portion, machine top, corncob storage bin 12 is installed in bottom at corncob bar separator box 11, controller 13 is installed in the place ahead at corncob bar separator box 11, energy-storage battery 14, at controller 13, driver's cabin 6 is installed in the place ahead of energy-storage battery 14, current divider 7, press button 8, the LED lighting headlight 3 in the place ahead, driver's cabin top is installed at the top of driver's cabin 6, in the place ahead of corncob storage bin 12 conveying transferring device 19 is installed, the LED lighting headlight 9 of body front middle part is installed above conveying transferring device 19, in the front portion of carrying transferring device 19 hydraulic means 18 is installed, stalk cutting device 17 is installed in the place ahead at hydraulic means 18, take off fringe corn stem output device 20 in the installation of the rear portion of corncob bar separator box 11, take off fringe corn stem output device 20 above LED lighting headlight 5 above the corn stem output device is installed, mounting strap fringe corn stem conveying device 10 between corncob bar separator box 11 and conveying transferring device 19 is installed front walking wheel 15 and rear walking wheel 16 in the bottom of corn picker 21;
Solar cell 1 is connected with controller 13 by conductor wire 2, controller 13 is connected with energy-storage battery 14 by conductor wire 2, controller 13 is connected with current divider 7 by conductor wire 2, press button 8 is installed on the current divider 7, current divider 7 is connected with the LED lighting headlight 3 of conductor wire 2 with the place ahead, driver's cabin top by press button 8, current divider 7 is connected with the LED lighting headlight 4 of conductor wire 2 with rear portion, machine top by press button 8, current divider 7 is connected with the LED lighting headlight 5 of conductor wire 2 with corn stem output device top by press button 8, current divider 7 is connected with the LED lighting headlight 9 of body front middle part with conductor wire 2 by press button 8, carry transferring device 19 to be connected with corncob bar separator box 11 and intercommunication by ear corn cane conveying device 10, the lifting of hydraulic means 18 regulation and control stalk cutting devices 17, stalk cutting device 17, hydraulic means 18 is connected and intercommunication with carrying transferring device 19, corncob bar separator box 11 is connected with corncob storage bin 12 and intercommunication, corncob bar separator box 11 with take off fringe corn stem output device 20 and be connected also intercommunication.
Solar cell 1 is monocrystaline silicon solar cell or polysilicon solar cell or silicon-based film solar cells or compound solar cell.
Energy-storage battery 14 is solid electrolyte battery or lithium ion battery or nickel-hydrogen battery.
The LED lighting headlight 3 in the place ahead, driver's cabin top is that 6-38, power are the LED lighting headlight in the place ahead, driver's cabin top of forming of the white light LED illuminating lamp combination of 0.5W-20W.
The LED lighting headlight 9 of body front middle part is that 3-26, power are the LED lighting headlight of the body front middle part that forms of the white light LED illuminating lamp combination of 0.2W-10W.
The LED lighting headlight 4 at rear portion, machine top is that 3-16, power are the LED lighting headlight at the rear portion, machine top that forms of the red light LED illuminating lamp combination of 0.2W-8W.
The LED lighting headlight 5 of corn stem output device top is that 6-24, power are the LED lighting headlight of the corn stem output device top that forms of the white light LED illuminating lamp combination of 0.5W-12W.
The solar cell of upper top that solar light irradiation is installed in the corncob bar separator box of corn picker produces direct current, direct current is adjusted by conductor wire input controller, the direct current of slave controller output passes through current divider, press button and conductor wire input be installed in the driver's cabin top by 6-38, power is that the white light LED illuminating lamp of 0.5W-20W makes up the LED lighting headlight in the place ahead, driver's cabin top that forms, this be a kind of forwards as yet not the first half of milpa of results shine the LED lighting headlight of high equal strength illumination, supply corn picker when carrying out night work, the driver can see the milpa that the place ahead is arranged in rows clearly, grasp steering wheel and aim at the corn of embarking on journey in the place ahead and accurately cut bar, accomplish not leak and cut a milpa.The direct current of slave controller output passes through current divider, the input of press button and conductor wire is installed in 3-26 of the body front middle part of corn picker, power is the middle LED lighting headlight of front part of a body that the white light LED illuminating lamp of 0.2W-10W is formed, this is the LED lighting headlight of the middle waist irradiation moderate strength intense light irradiation of a kind of milpa of forwards not gathering in the crops as yet, because different cultivars, it is low that the inserted part of the corncob on the milpa of Different Ways of Planting has height to have, when corn picker gathers in corn field night, the driver can see the height of corncob growth site clearly under illumination, hold joystick manipulation hydraulic means driving stalk cutting device and regulate the height of stalk cutting device apart from ground, when guaranteeing to cut bar, corncob can both be retained on the middle and upper part corn stem that is cut off, and omits corncob when preventing to cut bar.The direct current of slave controller output passes through current divider, press button and conductor wire input are installed in last rear portion, corn picker top, by 3-16, power is that the machine that the red light LED illuminating lamp combination of 0.2W-8W forms pushes up the LED lighting headlight at rear portion, this is the LED lighting headlight that a kind of emission rearward has the red light of warning function, an other corn picker that prevents to carry out harvest operation in same corn field knocks into the back and collides, two machine collision accidents take place, because the milpa in maturity period has a people Duo Gao, so the LED lighting headlight that machine is pushed up the rear portion is installed in the rear portion on the corn picker end face backwards.The direct current of slave controller output passes through current divider, press button and conductor wire input are installed in the LED lighting headlight that takes off fringe corn stem output device top, this is by 6-24, power is the LED lighting headlight that the white light LED illuminating lamp combination of 0.5W-12W forms, the LED lighting headlight is launched the white light of moderate strength illumination, illuminate from taking off the corn stem that fringe corn stem output device transports out, if leave the corncob that does not purify on the discovery corn stem, to in time notify operating personnel on the corn picker to tighten the distance between the fringe cylinder of taking off of corncob bar separator box the inside, guarantee taking off the more corncob of giving birth on corn stem.
It is as follows now to enumerate embodiment:
Embodiment one:
The solar light irradiation solar cell produces electric current, electric current is adjusted, is then shunted by conductor wire input current divider by conductor wire input controller, imports the LED lighting headlight that is installed in the place ahead, driver's cabin top that the white light LED illuminating lamp combination corn picker front portion, that be 16W by 26 power forms respectively by press button from the electric current of current divider output; The LED lighting headlight of the body front middle part that the white light LED illuminating lamp combination that it is 7W that input simultaneously is installed in 18 power of body front middle part forms; The red light LED illuminating lamp that is 5W by 8 power that input simultaneously is installed in the rear portion, machine top of corn picker makes up the LED lighting headlight at the rear portion, machine top that forms; The white light LED illuminating lamp that is 7W by 16 power that input simultaneously is installed in the corn stem output device top of reaping corn drive end unit makes up the LED lighting headlight of the corn stem output device top that forms.Can illuminate corn picker gathers in the ear corn stem stalk of the place ahead maturation in the process of advancing in the field situation, can illuminate the situation that the fringe corn stem has been taken off in rear portion output again, significantly improve the operation quality of harvesting corn.The electric current of slave controller output also can be imported the energy-storage battery store electrical energy.Replace the lighting device of fossil energy on corn picker with clean energy resource electric power is provided, can alleviate environmental pollution.
Embodiment two:
The solar light irradiation solar cell produces electric current, electric current is adjusted, is then shunted by conductor wire input current divider by conductor wire input controller, imports the LED lighting headlight that is installed in the place ahead, driver's cabin top that the white light LED illuminating lamp combination corn picker front portion, that be 18W by 28 power forms respectively by press button from the electric current of current divider output; The LED lighting headlight of the body front middle part that the white light LED illuminating lamp combination that it is 9W that input simultaneously is installed in 20 power of body front middle part forms; The red light LED illuminating lamp that is 6W by 12 power that input simultaneously is installed in the rear portion, machine top of corn picker makes up the LED lighting headlight at the rear portion, machine top that forms; The white light LED illuminating lamp that is 8W by 18 power that input simultaneously is installed in the corn stem output device top of reaping corn drive end unit makes up the LED lighting headlight of the corn stem output device top that forms.Can illuminate corn picker gathers in the ear corn stem stalk of the place ahead maturation in the process of advancing in the field situation, can illuminate the situation that the fringe corn stem has been taken off in rear portion output again, significantly improve the operation quality of harvesting corn.The electric current of slave controller output also can be imported the energy-storage battery store electrical energy.Replace the lighting device of fossil energy on corn picker with clean energy resource electric power is provided, can alleviate environmental pollution.
Claims (7)
1. be installed in the photovoltaic distributed power generation lighting device on the corn picker, it is characterized in that, by solar cell (1), conductor wire (2), the LED lighting headlight (3) in the place ahead, driver's cabin top, the LED lighting headlight (4) at rear portion, machine top, the LED lighting headlight (5) of corn stem output device top, driver's cabin (6), current divider (7), press button (8), the LED lighting headlight (9) of body front middle part, ear corn cane conveying device (10), corncob bar separator box (11), corncob storage bin (12), controller (13), energy-storage battery (14), front walking wheel (15), rear walking wheel (16), stalk cutting device (17), hydraulic means (18), carry transferring device (19), take off fringe corn stem output device (20) and form corn picker (21) jointly;
Solar cell (1) is installed in top at the corncob bar separator box (11) of corn picker (21), conductor wire (2), the LED lighting headlight (4) at rear portion, machine top, corncob storage bin (12) is installed in bottom at corncob bar separator box (11), controller (13) is installed in the place ahead at corncob bar separator box (11), energy-storage battery (14), in controller (13), driver's cabin (6) is installed in the place ahead of energy-storage battery (14), current divider (7), press button (8), the LED lighting headlight (3) in the place ahead, driver's cabin top is installed at the top of driver's cabin (6), in the place ahead of corncob storage bin (12) conveying transferring device (19) is installed, the LED lighting headlight (9) of body front middle part is installed in the top of carrying transferring device (19), in the front portion of carrying transferring device (19) hydraulic means (18) is installed, stalk cutting device (17) is installed in the place ahead at hydraulic means (18), take off fringe corn stem output device (20) in the installation of the rear portion of corncob bar separator box (11), the LED lighting headlight (5) of corn stem output device top is installed in the top of taking off fringe corn stem output device (20), mounting strap fringe corn stem conveying device (10) between corncob bar separator box (11) and conveying transferring device (19) is installed front walking wheel (15) and rear walking wheel (16) in the bottom of corn picker (21);
Solar cell (1) is connected with controller (13) by conductor wire (2), controller (13) is connected with energy-storage battery (14) by conductor wire (2), controller (13) is connected with current divider (7) by conductor wire (2), press button (8) is installed on the current divider (7), current divider (7) is connected with the LED lighting headlight (3) in the place ahead, driver's cabin top with conductor wire (2) by press button (8), current divider (7) is connected with the LED lighting headlight (4) of conductor wire (2) with rear portion, machine top by press button (8), current divider (7) is connected with the LED lighting headlight (5) of conductor wire (2) with corn stem output device top by press button (8), current divider (7) is connected with the LED lighting headlight (9) of body front middle part with conductor wire (2) by press button (8), carry transferring device (19) to be connected with corncob bar separator box (11) and intercommunication by ear corn cane conveying device (10), the lifting of hydraulic means (18) regulation and control stalk cutting devices (17), stalk cutting device (17), hydraulic means (18) is connected and intercommunication with carrying transferring device (19), corncob bar separator box (11) is connected with corncob storage bin (12) and intercommunication, corncob bar separator box (11) with take off fringe corn stem output device (20) and be connected also intercommunication.
2. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1, it is characterized in that described solar cell (1) is monocrystaline silicon solar cell or polysilicon solar cell or silicon-based film solar cells or compound solar cell.
3. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1 is characterized in that described energy-storage battery (14) is solid electrolyte battery or lithium ion battery or nickel-hydrogen battery.
4. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1, it is characterized in that, the LED lighting headlight (3) in the place ahead, described driver's cabin top be 6-38, power is the LED lighting headlight in the place ahead, driver's cabin top of forming of the white light LED illuminating lamp combination of 0.5W-20W.
5. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1, it is characterized in that, the LED lighting headlight (9) of described body front middle part be 3-26, power is the LED lighting headlight of the body front middle part that forms of the white light LED illuminating lamp combination of 0.2W-10W.
6. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1, it is characterized in that, the LED lighting headlight (4) at rear portion, described machine top be 3-16, power is the LED lighting headlight at the rear portion, machine top that forms of the red light LED illuminating lamp combination of 0.2W-8W.
7. the photovoltaic distributed power generation lighting device that is installed on the corn picker according to claim 1, it is characterized in that, the LED lighting headlight (5) of described corn stem output device top be 6-24, power is the LED lighting headlight of the corn stem output device top that forms of the white light LED illuminating lamp combination of 0.5W-12W.
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| CN2013200897588U CN203099664U (en) | 2013-02-28 | 2013-02-28 | Solar photovoltaic distributed generation illuminating apparatus mounted on corn harvester |
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| CN2013200897588U CN203099664U (en) | 2013-02-28 | 2013-02-28 | Solar photovoltaic distributed generation illuminating apparatus mounted on corn harvester |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103148431A (en) * | 2013-02-28 | 2013-06-12 | 无锡同春新能源科技有限公司 | Solar PV (photovoltaic) distributed generation lighting device mounted on corn harvester |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103148431A (en) * | 2013-02-28 | 2013-06-12 | 无锡同春新能源科技有限公司 | Solar PV (photovoltaic) distributed generation lighting device mounted on corn harvester |
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